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rRNA targeted gene sequencing data across the microhabitats comprising the sea ice biome, contrasting taxonomic diversity of algae, bacteria and fungal communities present. Prokaryotic metagenomic and
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embryos at the systems scale. Projects will comprise such approaches as (1) obtaining reference genome and transcriptome sequences for local species and populations; (2) Profiling embryonic development in
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://www.odont.uio.no/iko/english/people/aca/haavarjh/index.html Project description The PhD candidate will develop bacterial biofilm models with single or multiple bacterial species under aerobic and anaerobic
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with single or multiple bacterial species under aerobic and anaerobic conditions. You will use these model biofilms to test medical implants and other medically relevant surfaces. They will also be used
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both on the sequence and structural level, developing and employing machine-learning tools for predicting antibody-epitope binding. In silico antibody design is a long-standing computational and
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programming Experience with numerical methods that can address chemical composition in dynamical models of planet formation (such as condensation sequence, stellar and protoplanetary disc’s elemental abundances
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of planet formation (such as condensation sequence, stellar and protoplanetary disc’s elemental abundances for major rock-forming and volatile elements) Fluent oral and written communication skills in English
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, or projects that include multiple creative or artistic disciplines, are encouraged to apply. Applicants are also encouraged to collaborate with other relevant project partners from the public and private
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contexts across different art forms. Candidates with interdisciplinary projects, or projects that include multiple creative or artistic disciplines, are encouraged to apply. Applicants are also encouraged
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student will perform cellular and molecular analyses using techniques such as immunofluorescence staining, microscopy, western blotting, PCR, sequencing, LDH assays, ATP assays, and MS-MS. The PhD student